SCIENTIFIC ABSTRACT YEMELYANOV, V.S. - YEMELYANOV, YU.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962630003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: AT4005956'
by weight, respectively), to levels considerably below those attainable by three-fold
refining using the older techniques; comparably low -levels of N and C (0. 002 and
0.004%, reap.) were also obtained. The Zr bar@ obtained shoJe~ high plasticity
(BrInall hardness of 40-45 kg/mm2). per grain boundaries and extremely high
corrosion resistance. The authors conclude that these results confirm the mechanism
of Impurity transfer suggested by Sclefe and Wylie. Orig. art. has: 2 tables ami 1
figure.
ASSOCIATION: Inthenerno-fizighes)dy institut, Moscow (institute of Physics am
Engineering)
SUBMITTED: 00 ENCL: 00
SUB CODE: XK' NO REF SOV:1 003 OTHER: 004
.2/2
Cord,_ ..... .. .

ACCUSION XR: AT4005957 812755/63/000/004/0016/0033
AvrHoR: Yamellyanov, V. S.; borkov, X& Ve
TITLE: Effect of hydrogen and nitrogen an corrosion resistance Of sirecalum
in water and at
SOURCE: Hoscow. Inzhonerno-fixicheakiy inatitut. Notallurgiya I matello-
vedeniye chisty*kh mtallqv, no. 4, 1963, 16-33
TOPIC TAGSt zirconium corrosion, hydrogen affect
ABSTRACT: The effect of H2 and N2'on corrosion resistance.of high purity
Zr sheets (I mm thick) was investigated. Absorption of H2 was studied In a
laboratory device, using specific amounts of H2 at various temperatures un-
der a high vacuum. The amount of H2 required for absorption was calculated
by means of the Mendeleyev-Klapeyron equation, and the amount of H2 absorbed
was determined by a gravimetric method. At a temperature of 706C,.a uniform.
distribution of H2 in a cross section of the specimen was'reached in 30-40
minutes. Corrosion tests of specimens exposed to were carried out in two
series in a stainless steel autoclave at 350C and k atm,. In the first.,..-
series of experLmente,,specimens containing 0.001,' 0.01, and
!.Card.-

0.015% "2 wets exposed to distilled water for up to 950 hours; the hydrogen
absorption was tested after 100, 200, 440, 670 and 950 hours. in the
econd series of experiments, specimens containing 0~005, OoOl, 0.02 and
0.025% wore exposed to distilled water In sealed ampules of stainless steel
and tested at 25000C. The kinetics of the corrosion process were determined
from the increasing weight of the specimens. It was found that an increase in~,
th: I content in a Zr specimen decreased its corrosion resistance in stem.
Th a fect of N2 on Zr-corrosion resistance was tested on 30 x 10 x I mm
specimens. Absorption of N
2 was studied by the N.V. Borkov method, in the
range of 0.006-0.055% of absorbed N2. Corrosion tests were carried gut in
stainless steel autoclaves at 300 C, 88 atm. pressure; 350 C, 170 atm.
pressure; and 400 C, 280 sta. pressure. The kinetics of the corrosion process
were studied by weighing the specimens after stated time intervals. After the
specimens were removed from the autoclave, a loose layer of oxide was found
-on the surface* It was concluded that the corrosion resistance of Zr in
water and *team is sore markedly decreased by X2 than by RZ, Orig, art. I
has: I formula, 9 figures and 9 tables.
Inshonerno-fisichookly
inatitutg' Moscow (Engineering' ftysies
SOCIATION:
Institute)
~Clwd

ACCESSION NRi AT4005959 8/2755/63/000/004/0058/0063
AVrH0R% Yemellyanov, V. S.; Taystyukhin, A. I.; Loontlyev, G, A#; Samenikhin, A.
No
TITLE: Growing of molybdenum single crystals and their properties
SOURCE: Z~Wocow. Inzhenerno-fLzicheskiy institute Hatallurgiya L metalloven-.
deniye chisty*kh metallov, no. 4, 1963, 58-63
TOPIC TAGS:. molybdenum-single crystal, molybdenum single crystal property.
molybdenum single crystal growing, molybdenum single crystal mLerohardness, j
molybdenum elasticity modulus, molybdenum internal friction, molybdenum property,
single crystal growing, single crystal property
ABSTRACT: For the majority of low-meltLng point metals the methods of growin
g
ingle crystals are well established and described in the literature. On the
other hand, growing of single crystals of high-malting point metals, such as Ho,
W, Cb, and Ta, presents some experimental difficulties. In this connection- the i
authors tried to grow molybdenum single crystals from the gaseous phase of an I
A
appropriate compound by the method of thermal dissociation. As bases for de--
Position, single-crystal filaments 0.1 mm in diameter were prepared from poly-
crystalline molybdenum wira by recrystallization, appl inC- heat at 1550-1650C 'for.
Card
-1/3,

ACCESSION NR: AT4005959
4-5 hours.. Such monocrystalline filaments could be obtained In 10 to 90 mm
lengths. The method and test equipment used are described In the paper of V. So
Yemellyanov et al. (Yemellyanov, Ve So, Leontlyev, C. A., Yevotyukhin, A. I.;
0-
"Netallurgiya I metallovedeniye chisty*kh metallov," vy* p. IXX. M., Gosat
mizdat, 1961, str. 137). The subsequent growing of crystals was performed from
the gaseous state Of MOC15 at temperatures of 1500-1600C in the beginning of the
then at 128G-1300C. A higher rate of deposition occurred at the
process, and
higher temperatures. Molybdenum single crystals were grown up to 3 mm thick and
i 90 mm, long. The single crystals obtained showed high ductility at room tempera-
ture, could be easily bent to a large angle and cold-rolled. In contrast to
this, polycrystalline deposits obtained from the same gaseous phase were brittle
in bending. In addition, tests were made to determine hardness, modulus of elas-
ticity, and internal friction values of molybdenum single crystals. The hardness'
of molybdenum single crystals was considerably lower than that of the commercial
A.
metal. The microhardneas of monocrystala was 180-200 kg/mm2 (underL200,gr load)
while that of the common commercial metal in an annealed state was 230-260 kg/
The modulus of elasticity was determined from'resonance frequencies of flexural
vibrations of freely suspended cylindrical specimens@ Single crystals showed
somewhat higher E values than samples of comercial metal. The internal frictiow.
was det6roined from the damping of flexuval vibrational Quench*4 sin5le arystole
2/3
Card

ACCESSION NRs cM4005959 If
showed low values of internal friction. After a slight plastic bending defor-'
mation, a considerable increase of internal friction was observed. In plastic
bending the number of dislocatl~ns Increased, causing an increase of internal
friction.
When a crystal contained an abundant number of points of disorder
iubject to fixing by quenching, the latter might migrate to the dislocations and
fix them, decreasing thus the level of internal friction. Orig. art. has: 5
figures and 3 tables.
ASSOMATION: Xnzhenerno-fiticheekiy institut, Moscow (ingineering-physics
Institute)
ACQ: Man64 ENCL: 00
SUMMED: 00
SUB CODE: ML NO REP SOV: 002 OTHER; 004
3/3
Card

YEKMIrANOV, V.S.
.-
Fifth state Of matter. Mauka i shiznl 30 no 103-34 -Ta 163.
1. Chlon-korrespondent AN SSSR. iMIRA 164)
(Partioles(Nuelear physico))
c

S 023 3/000/001/001/003
P205 07.'
Yemelf.. Vg-: Corresp in -Member of the AS,-
ond
jo
TITJX: '2&-, Fr~m thd. hlitvry of'atomic research in our
P~u try
Nag6i, il `xhiin I -no.. I g 19630 :;$4-3.5
f -.the eir
A. ri6f ic enear6h in
=T - sumarV-:o 1y .:atom r
Rti S a i'a begii~niug with ,the :,,.iork,-of. A ~V. .'i5okolov# VJ.' BernAdskiy
l.A'.'- 41tipov ,__an-d'T'4P.- Orlov. attd..-ending -.with. the mentibn'--of -the first
Soviet re actor A- description is: given of he. f ormation of Radiyivy
institut (Radiiini'.Insti tute Y, 'Ins titut ge okhimii i an.alitiC11es;Coy:,
khimii Akademii . fiaul't -96SR, (Institute of Geochemistry and -Analytical
Chemistry..ofthe-Academy-.of Sciences USSRY.and Gosudarstvennyy-insti--
tut 'redkikh m6tallov (St6td'1nstitut4. of P-4re.Hetala). TM -work of
an' a d'vel ' t the chemical
these org iz* ti6na and.of '.accoimpahVing q !Dpmn a in
industry -are; ou,tllued...
Card 1/1

Yr,-M9L1YANOV, V- S.; YENSTYUKHIN) I- I.
"Rust-resisting property of zirconium and its alloys In wder and steam
at high temperatures."
report submitted for 3rd Intl Conf, Peaceful Uses of Atomic Energyj Geneva,
31 Aug-9 Sep 64.

YNAELIYANOV, V.S.
On the forthcoming International Ccnferencae on PeacefUl Uses
of Atomia Margy. Veat. MI SSSR 31+ no.6t7942 Jo 164
(MIRA 17 t8)
1. Chlon-korrespondent AN SSSR.

YEMELIYANOV, V.S.
Cenference on the peaceful uses of atomio unarg7o VeBt. AN
SM 34 no.12t4l-45 D 164 (MIRA 18il)
1. Chlen-korrespondent AN SSSR.
; i ''
t

L 2913-66 L-W.P(e)/Ei'A(s)-2/tiiiT(m)/EFF(c)/LiyiP(i)/EFF(n)-2/T/E-'iP(t)/E'.YP(b)/E~'iA(h)
7--P-T-7-JQ1MJ'1JG -
JJ c
AM5007584 BWK EXPIDITATIM UR/
669-822:621,039-543-44669.29(!+669.824:621,039,543.6
YDnellyanov ilty Semenovich-
Vas
the technology or
-Keptanur of nuclear fu I iertiee and principles or
M e 8
(Metal-lurgiya yadernogo goryuchego; svoystva i
uranium, thorl-=~Vme rg
osnovy tekhnologii urana, toriya i plutoniya) Moscow,, Atomizdato 1964. 450 Pe
Mus., bib]-io. Errata slip inserted. 1,950 copies printed.
4. umil
thorium.
iTOPIC TACS: mt&l"rificatilo ~ urani ' anoyg metal ccmpoundp 1~hoj~lum
alloy, plutonium,, plutoniumi4lloy, Taptal physical propertyp metal melting,
solid mgrbanical property nuclear fuel metal heat treatment, radiation effectp!,
i refractory compSund
7N
J.PURPOSE AND COVERAGE: In principle the book is a course of lectures presented
by the.authors at the Mos ow Engineering Physics Institute'.", -~ It examines the
C
physic&1 and chemical properties of uranium, thorium and plutonium and their V
important compounds and alloys. 7he characteristics of nuclear raw materials
and the theory and technology of their procesolng# separation, and refining
are discussed. Basic requirements of nuclear fuelej, methods for their
Amum burn-u
physico-chami cal and heat treatment used in the production of max P
Card 1/4
--- ---- ------

AM50075%
and radiation stability are examined. The book is a textbook for students,,
candidates and university students taking courses in order to increase their
qualifications. It can also be used by engineering mW technical workers
and by scientific personnel of institutes and enterprises who are*engaged in
the metallurgy and metan of nuclear materials,
49MaRby
TABLE OF CONWITS (abridged):
Foreword 3
PART 1. Uranium
Ch. 1. Introduction
1 Ch. II. Physical pppperties ofpranium 17
Ch. III. MyLe anium --, 30
bpLnigal properties) of ur
Ch.-IV. 7he effect of mechanical and heat treatment on the uranium phy~c~
mechanical properties - 41
Ch. V, The effect of cyclic heating and radiation on the uranium physical and
I I mechanical properties - 55
Cho VI i---- Chemical -properti as- of -metanicr uranium -
Card 2/4

~-L 29.13-66 --------
Ch. VII. Uranium alloys 80
Ch.* VIII. Uranium oxides 104
Ch. IX. Refrae~ory uranium compounds with c bon rogen beq um,
:~r~
boron-'And mdphurj:l- 124
Ch. X. Uranium compaunds with fluorine - 3.45
Ch. XI. Uranium deposits and ores -- 159
Ch. XIL Uranium ore concentration methods - 169
Ch, XIII, Purification methods of uranium ore concentrates 194
Ch, XIVo Deviation methods of UO UF4 and UF6 - 217
Ch. XV. Production methods of me?2ic uranium - 229
Ch. XVI, Refining and processing of uranium 276
PART 2, MORIUM
Ch. 1. Metallic thorium 280
Ch. II. Important thorium alloys- and compounds 294
Cho III* Raw material sources and processing of thorium ores 307
Cho IV. Processing of monasite concentrates 314-
Cho Vo Production of pare thorium compounds 324
Production methods of-met"c thoriun - 332
Ch. VI.
Card 3/4

L. 2913-66-----
AM50075EV+
Ch, VIIo Methods of thorium processing and manufacture of products 348
PART 3. PLUTCHIUM
Cho I* Metallic plutonium - 353
Cho II* Plutonium alloys and compounds - 377
Ch. III. Methods of plutonium wctraction and purification 396
Ch., IV. Production methods of metallic plutonium from.s ,alto and regeneration
of slag by-produats 422
Bibliography 437-
SUB CODE: MNp NP sumiTTED.- ogNo-T64
110 ]w SOV 1 103 OIVERI' 304
Card 4/4

YEMELIYANOV. V.S.
Science and life. Nauka i zhiznf 30 no-4132-34 Ap 163.
(Mm 16:7)
1. Chlen-korrespondent AN SSSR;
(Moscow-Universities and colleges)

1AYdIIN, Aleksandr Fedorovich, polkovnik; DYZOV, Borie Yefiriovich)
podpolkovnik; P?ISPXREPA, Ivan Mltrofamvich, podpolkovnik;
KUDRYAVTSZV, M.K., general-leytonant tekhn. voyBk, red.;
Y94ELOYA'Q A
polkovniky red.; KOKINA, N.N., tekhn.red.
(Military topograph a textbook for students of training
units and sergeants] Voonnsia topograflia; uchebnik dlia
kursantov uchebrqkh podrazdelenii i serzhantov. Moskva,
Voenizdat, 1963 269 p. (MIRA 17:1)
iFlilitary topograpby)

SR4ENOVp N.R., polkovnik; GRIGORIYEV, G.M.,, pollcovnik; VESELOV,
S.P., inzh.-polkovnik; ANDRETEV, N.R., polkevnik;
ROMANOV No kxpitan I rang- y
polkovnlk'p reA.
[Organization and armament of armies and navies of capi-
talist countries] Organizataila i vooruzhenie amii i flotov
kapitallsticheskikh gosudarstv. Moskva, Voenizdat, 1965.
545 P. (MIRA 19:1)

1-,rtKj'TP,T-AYEV, ,I YAN-O.L V V.
- I --.
Duration oe the stage of ar.1 ~:tf:dlr ir Jh4,r,-,-,
wheat samples of varloug geograp'-dew, O-.19'Lrl--; Ln
AN Azerb, SSR. Ser. biol. i red. nauk nc.1;25-3"1. 16 3.
(:,~ j Ft., 11 ,, . ~ "

- I ~ I I r- I- . I

BARANOV,, V.I.; PAVLOTSKAYA, F.I.; FEDOSEYEV, G.A.; TYURYUKANOVA, E.B.;
RODIONOVA, L.M.; BABICHEVA,, Ye.V.; ZATSEPINA, L.N.; VOSTOKOVAj, T.A.;
Prinimali uchaBtiye: YEMELITANOV. V.,V,;-E9LYAYEVAp L.I,; IZVKINA., N.I.;
MOILHANOVAp I.V.
Distribution of Sr90 on the surface horizon of Boils of the Soviet
Union during 1959-1960. Atom. energ. 18 no.3:246-250 Mr 165.
(MIRA 18:3)

ACC NRa" AP7005555
AUTHOR: Filonenko,
SOURCE CODE:--- UiVO108/67/022/001/0068/0074
V. A.V; YemellyanoV, V. Ye. StellmashenkotA
ORG: Scientific Technical Society of Radio Engineering and Mectronice (Nauchno-tekh-
nicheskoye obshchestvo radiotekhniki i elakroniki)
TITLE: Errors in determining the bearinR bv means of instantaneous amplitude
comparison of signals in systems with elliptically polarized antennas
SOURCE: Radiotekhnika, v. 22, no. 1, 1967, 68-74
TOPIC TAGS: direction finding, direction instrument, helical antenna JJ,.A
ABSTRACT? 'The authors consider an error whi'ch may occur In determining the bearing
of a source with unknown radiation polarization when the method of Instantaneous
amplitude comparison of signals is employed. A formula is derived for computing
the bearing characteristics of antennas with elliptical polarization. Some com-
putation results for the case of regubw helical antennas are given. It was concluded
that the bearing characteristics of a system which is used to develop split bearing
indication of regular helical antennas with helixes wound in the same direction vary
when the ellipticity factor changes and during variations of the ellipse of the
incident field. When the bearing of an object is determined uping the method of
the instantaneous amplitude comparison of signals in respect to the bearing character-,
istic of the orientation of the incident field is unknown, the result' may be in-
correct. If the helixes are wound in opposite directions It is impossible to determin9
JC!! ~d UDCL-621,396.482

ACC NR, AP7005555

7 ; - ~ , - i --, -,:"
Wood pulp hydrolysis. Tekh.mol.23 no-7:40 J1155- (KM 8!10)
(Wood--Menistry)
~q
I
f
f
i
*1~
I

~RM I.TANOV INOYNa a _"U#
Chemical energr from wood wants. Tekh.mol.24 no.4:24 AP '56.
(Wood-Chemistry) (MLRA 9:7)

Tan'TANOV, Ta.

With crown and roots. Nauka i zhiznl 27 no.3:67 Mr l6o.
(MM 13:6)
(Lumbering)
Ig
NOUR
P, - -

,AUTHOR: Yemellyanov, Ya.
TITLE: Artificial Vanillin (Iskustvennyy vanilin)
PERIODICAL: Nauka i zhizn', 1958, Nr 8, p 6'7 (USSR)
3'7,V-25-5e-P-xr-/6l
AB3TRACT: Vanilla, a dark brown pod exhaling the pleasant vanilla scent,
is being used for many purposes in confectionery, perfumery
and lately for preparing drugs. Only 3 -,'1, vanillin is found
in a vanilla pod, and this accounts for the high cost. For
this reason scientists are endeavoring to find methods for
producing vanilla artificially. The waste products of cel-
lulose paper 'factories (sulfite-alcohol residual liquid) have
proved to be a useful raw material for making artificial
vanillin. The Syas'skiy tsellyulozno-bumazhnyy kombinat
(The Syas' Cellulose-Paper Combine), Leningrad Oblast', was
the first in the USSR to start the production of vanillin
obtained from residual liquids of processed sulfite-alcohol.
The method of making vanillin is described in the article.
The technological process has been developed by the Vse-
Card 1/2 soyuznyy nauchno-issledovatellskiy institut sullfitno-

Artificial Vanillin
3OV-25-";P-r--35/6l
spirtovoy i gidroliznoy promyshlennosti (All-Union Scientific
Research Institute of the Sulfite-Alcohol and Hydrolysis In-
dustry).
1. Vanillin--Synthesis
Card 2/2

AUTHORs Yemellyanov, Ya. SOY/25-59-1-34/51
TITLE: A House of S z~v~om iz struzhek)
)-6-
PERIODICALs Nauka i zhiznlt 1959,ANr 1, p 67 (USSR)
ABSTRACTs The Engineers Prokhorov and Romanov, Co-Workera of the
Teentrnllnyy nauchno-ionledovatellakiy inatitut
mekhanicheakoy obrabotki drevesiny (Central Scientific
Research Institute of Mechanical Processing of Wood Pulp),
developed a project for building a now type of house -
out of shavings and turnings and other waste material of
the wood pulp industry. Applying high pressure, the
waste material iu pressed into plates. The model samples
of houses built of these plates proved to be resistant
against rain, heat and cold. There is one caricature.
Card 1/1

L `4909-~&7 d
----v -
C7Nm
AC R: AT6022681
SOURCE CODE: UR/00007662'000/000)'0127TO130
AUTHOR: Yemel!zanov-xLr~OLIA.Yfikiy,.L..B-.,.
ORG: none
TITLE: Fundamental concepts of the work of a visual analyzer In an informal automaton
SOURCE: Mogcow. InatitUt aytonigtiki I tolemckhaniki. Samoobuchayushchtyesya
avtomaticheskiye sistemy (Self-instructing automatic systems). Mo3cow, Izd-vo Nauka, 1966,.
127-130
TOPIC TAGS: pattern recognition, finite automaton, circuit design
ABSTRACT: The author examines the general mechanism of the work of a visual analyzer.
The conditions required for an automatic devIce to purposefully function with visual informa-
tio n Is studied, with special attention directed at the considerations underlying the design and
opeFation of the Information conversion unit (or "eye" of the machine). The static and dynamic
effect of visual Information on the automaton are considered, and a general exposition of the
operation of a possible visual analyzer or sensor Is given. The role of the solid angle of vision
the Informational center of gravity, static and Iterative perception, and neuron circuit structuri
are analyzed. Reading rate factors are discussed and the prinolple of the dynamic perception
Lqc!rd 1/2

L 04909-67
ACC NN AT6022681
of visual information Is'bxplained. Recognition problems in the case of objects of both simple
and complex configuration are considered, and It Is shown that no self-contained, Indcpendcnt
recognition problem Wks for the automaton, but that the functioning of the visual and all the
other analyzers to suboWinato to a common problem-. the minimization of the field of activity.
Recognition Is soon as an associative process which Is developed on the basis of non-compre-
Unsion by the machine.'
SUB CODE1 00, 09/ SUBM DAM 02MMO
14
Card 2/2

- -- EMEL I YANOV 9- - YA. .-G.-
23187 lz opyta eksploatatsii transformat-omogo masla. (S primech. red.) Elektr.
Stantsii, 1949, No. 7, c. 57.
SO: LETOPIS"NO. 31, 1949

I -- -L- - Y -B 10,L I YANOV -.-- Ya. -G. - -- -
Electric Transformers
Obange of acid transformer oil in 110 and220 KV
lead-ins, Energ, biul, no. 2, 1952.
)ILRA, Library of Congress, Mar 1952, Unclassified.

Centrifuges
I Experience In operating a centrifuge. Fab. energ. 2 No. 4:24-25 Ap '52.
Monthly kjsj of Russian Accessions, Library of Congress, July 1952. Unclassified.

1. YEMELIYANOV,'Yo. Go
2. USSR (600)
4, Flectric TransformerB
7. Device for protection of inlet oil against oxidation*
Energ. biul. No. 8p 1952.
9. Monthly List of Russian Accessions, Library of Congress, Ja~mary 1953. Unclassified.

YL! J
2. L-36R (600J
4. Centrifugen
7- Accvssor~ to a 3LLtionary centrIfugr cparatin., under fitld condiLions. rn.,re,. .uiul.
No. 10, 1~52.
9. Montti.~-i -List of Hu5iian Acctnsicn3. library of Al,xcaj L9"3. Uric LA95ified

1. FLOMMI, A.M.; SHIRNOVA, I.V.; Y"..G.
2. U33R (600)
4. Electric Transfonrers
7. Device for measuring ohmic reAstance and tran3forming coefficient of transformiers,
A.11. Plokhin, Eng. I.V. Smimoval Eng. Ya. IG. Emellianov, Rab.enorg- 3 no. 3, 1953.
C)
9. Monthl List of Russian Accessions, Library of Congress, APRIL -1953, Uncl.

YEM'YANOV, Ya.G.
Device for testing transformer oil during equipment inspection. Xnerg.blul.
no.0,:31-32 S 153. . (URA 6:8)
(Ilectric transformers)

CL~rPiw Ilk
VV n. J
000~~
AID P - 678
Subject USSR/Electricity
Card 1/1 Pub. 29 - 13/24
Authors Plokhin, A. M., Foreman, Smirnova, I. V., Eng. and
Yemellyanov, Ya. G., Engi
Title New construction of the electric heater in a centrifugal
machine
Periodical Energetik, 7, 22, Jl 1954
Abstract The new electric heater for the NSM-3 type of centrifugal
machine is briefly described and illustrated by a drawing.
Institution : None
Submitted : No date

Subject
Card 1/1
Author
Title
'NAle) v. ya.
AID P - 883
USSR/Electricity
Pub. 29 - 16/23
: Yemellyanov, Ya. G., Eng.
: Device for pumping transformer oil from the collecting
tank of the centrifugal separator
24,
Periodical Energetik, 10,
0 1954
Abstract The author briefly describes the device. One drawing.
Institution Not given
Submitted No date

_UR/0GWU70_(_)0/00_0/01 D-A _I26_
AUTHOR: YemQ1yanov-Yaroslavs!qX, L. B.
ORG: none
TITLE: Principles of an Informal self -organizing automaton
SOURCE: Moscow. -WUtut avtomatiki I telemckhaniki. Samoobuchayushchiyesya
avtomaticheskiye sistemy (Self -instructing automatic systems). Moscow, Izd-vo Nauka, 1966,.
113-126
TOPIC TAGS: self orpnizing system, automaton, neuron, Monies, circuit design
ABSTRACT: The author considers an automatic device based on certain hypotheses regarding
the properties of natural automatons. The primary purpose of the paper Is in verifying and
refining these postulates. An expository approach, limited to fundamental automaton notions
derived from biological data and research engineering experiments is presented. The auto-
maton Is designed on the basis of neurons, with the selection of the neuron characteristics
seen as the paramount problem, since the relation of machine properties to neuron properties
Is an intimate one. Currently accepted physiological views are Incorporated In the determina-
tion of the hypothetical machine neuron. Not all the properties of natural neurons are taken

ACC NRs AT6022680 e
into account in this approach. The arrangement of the hypothetical neuron Is largely based on
information concerning the natural neuron. However, various speculative considerations were
of equal weight In the treatment ot the problem. The fundamental principles of the automaton
are reviewed, and the plane neuron chain Is described as the essential machine element. A
system of neuron postulixtes is outlined. and it is shown that in a system consisting of elements
.with the properties desdribed, solf-organization wlll be prbsont and suoh a system will bave
the ability to "work." T~e concepts of self-organization and work as they apply to an nutomatiel
machine are,defined in the form of (intuitive) conditions and criteria, The formation of the
primary network and "embryogenesis" as the first stop In the existence of the automaton are
analyzed, and the structure and fundamental mechanisms of the neuron chain are discussed.
The work of the automaton to studied In the light of these mechanisms, together with an analy-
sis of "rhythm memorization." Four working mechanisms or principles are seen as funda-
mental to the system: information locking, compensation, generalization, and excitation cen-
ters; these mechanisms must be provided, among other things, by the neuron. Two modalities
of neuron interaction, vital to system operation, are distinguished and explained: contact
interaction and field interacti6n. OrIg. art. has: 12 figures.
SUB CODE: 06P 09/ SUBM DATE: 02Mar66
Card 2/2

YEMELIYANOV, Ye.; BOCHAHOV M.; VOZIIMI V.; TIMIOSIJINI D.
.9
Towards now achievements. Radio no.80 Ag 162. OURA 15:8)
1, Nachallnik Novosibirskogo radiokluba (for Bocharov). ..
2. Predeadatell soveta Novosibirgkogo radioklub& (for Vo2nyuk).
3. Nachallnik Sumskogo radiokluba (for Timoshin).
. (Radio operators)

L &112-66
ACC:NRj AT60031o4 SOUROB CODE: UR/3181/63/000/015/0325/0330
V. 14 n, V.Ya.; Yemellyanov, TO.I.
UTHOR# Dnrnfa Levi
ORG: None
~O
TITLE: Method of testing powder type gas generators 13~
SOURCE: Kluybyshev. Aviatsionnyy institut. Trudy, no. 15, pt. 2, 1963.
Doklady kustovoy nauchno-zekhnicheskoy konferentail po voprosam
mekhaniki zhidkosti I gaza (Reports of the Joint scientific-technical
anuf-ex-eA --orl Problems of the mechanics of liquid and-ga ), 325-330
TOPIC TAGS: gas engineering, combustion ongineeringr test method
ABSTPCT: The experimental unit permitted osoIllograph recording of
the phange in weight of the fuel charge during the combustion 2rocess.
,.A scheme of the apparatus is given in the article. The experiments
were aimed at answering a series of practical questions in the design/,,,.
of more efficient powder type gas generators: determination of the 5au
flow,rate throua~ the nozzle, temperature of the gas before the nozzTe-,=
velocity of the gas through the nozzle openingp and the magnitude of
the linear rate of fuel combustion In the chamber, as well as measure-
ment of the change in weight of the fuel. Formulae are developed in'
the artlole for oaloulation of the temperature of the gixe before and
L.~~ard 1/2

ACC NRt
after.tbe nozzle. No aotual, experimental data aro given. Or1g. art.
has:' 14 formulas and 5 figures.
SUB OOM SUB114 DATZ: 00/ ORIG REP: GOI/ SOV REP: 000/ OTH REP: 000
it Ad/P

YEVIELIYANOV.-Ye.M.
Recent data on sediments of the Mediterranean Sea. DokI.AN SSSR.
137 no.6:1437-1440 Ap 161. (KM 14W
1. Chernomorskaya nauchno-ekaperimentallnayua otantoiyaj, institut
okeanologii AN SSSR. Predstalleno akademikom N.M.Strakhov*.
(Mediterranean Sea --- Sediments (Geology))

MELIYANOV, Ye.M.-----.
Some data on the owpended material in the Black and Mediterranean
Seas. Okeanologi~a 2 no.4t664,..672 162, (MIRA 15:7)
10,
1, Chornomorskaya eksperimentaltnaya nauchno-isoledovateliskaya
stantsiya Instituta okeanologii AN SSSR*
Black Sea-Sedimentation and deposition)
Haditerranean Sea-Sedimentation and depooition)
~
0

YEKMI YANOV, Ye.M.: CHUMAKOV, V.D.
Some data on the study of interstitial waters in the Marmara and
Mediteranean Seas. Dokl. AN SSSR 143 no.3t701-704 Hr 162.
(MIRA 15:3)
1. Chernomorskaya skoperimentallnaya nauchno-isaledovatellskaya
stantsiya Instituta okeanologii AN SSSR. Predstavleno akademikom
N.M.Strakhovym.
(Marmara Sea-Water--Composition)(Mediterranean Sea-
Water-Composition)(Sedimento(Oeology))

YEMELIYANOV,,,Te.M.; SHINKUS, K.M.
'1,5"
Recent data on deep-sea Neo-Euxinic deposits of the B3,ack Sea.
Okeanologija 3 no.3:482-494 163. OURA 16t8)
1e Chernomorskaya eksperimentalinaya nauchno-issledovateliskaya
stantsiya Instituts. okeanologii AN SSSR.
(Black Sea-Deep-sea deposits)

YEMELIYANOVY Ye.M.; SHIMS, K.M.
Study of the variability of deep-sea sediments in the Black
Sea. Okeanologiia 2 no.6:1040-1049 162, (MIRA 17:2)
1. Chernomorskaya ekEiperimentaltnaya nauchno-issledovatell-
skaya stantsiya Institute. okeanologii AN SSSR.

KOCHENGV, A.V.; BATOIN, G.N.; KOVALEVA, S.A. Ye.M.;
SHIIXdf MI) KOM#
Uranium and organic matter in the sedirAnts of the Black and
Mediterranean Seaag Gookhimila no.3t302-313 Mr 165. (MIRA 18:7)

57h4~~jRt,-r,ge"~rAV,Amgmv.LT,n-wm -,- -- -

so

ERYUSHKOV, V.I.; Flol"'Afti, D.P.; Ye.V., rud.
[Pigh-efficiency attaclzents for jrJrdin-F outTan- '
Vysokoproizvoditellnye prisposoblenJia dlia zaLc,,.-.Kk-l re-
zhushchego Instrumenta. Leningrad, Lanizdat, ll,~64. 53 i;.
(14 1 A A 18: 1 )

YEHILIYANOV. Yu., inzh.
I I - , J~ 1-1-1
"Outboard motors" by I.M. Tikhomirov. Reviawed by IU. Emellianov.
Za rul. 17 no.4:31 AP 159. (MIRA 12:6)
(Outboard motorboats)
(TiMiorilrov, I.N.)

~ - --- -
MZLIYANCV, Yu. (Kiyev)
Mechanisms are our helpers. Grazhd.av. 20 no.7:26 J1 163.
(MIRA 16:9)
1. Hachallnik otdola perevozok Boriepollskogo aeroporta.
(Loading and unloading-Equipmont and supplios)

YDMITANGV,,Tu.-..-., ,
I Succome on the Vistula. Za rul. 21 no.8t27 Ag 163.
(mrRA .161ll)
1 1. Nedoadatell Federataii vodn,o-motornogo isporta SSSR.

YXMIYANOV Yu. inzh.
"Motorboat' by L.L.Romaneako, L.S.Shcherbakov. Reviewed by
IU.Nmellianov. Za rul.,,18 no.6:31 Ja '60. (MIRA 13:8)
(Motorboats)
(Romanenko, L.L.)
(ftherbakov, L.S.)

Wrly;ts pl~?.RkVA.:-Aiff&fl&,fM?JMSA6!140nmqct~t~
Meeting on the Vistula River. Za rul. 20 no.,8t22 Ag 162.
(KUU 16 t 6)
1. Predaedatell Prezidiuma Federataii vodno-Aotornogo sporta SSSR.
(Poland-Motorboat racing)

TEMELITANOV., inzh.
Bookshelf. Za rul. 21 no.7:32 31 163. (MIRA 16:8)
1. Predsedatell Federatsii vodno-motornogo sporta SSSR.
(Motorboats)

YEf4ELlYASGV,, Yu.
Broaden the scooe of motorboat racingi Voen,znan. 38 no.8:33
Ag 162. (MIRA 15:8)
1. Predsedatell Federataii vodno-Motornogo sporta, SSSR.
(motorboats)

L 27897-66 Efff WIXEqZ1 IJP(C)
ACC NRt AP5024642 SOUMM ODDR: UR/0048/65/029/009/in9/1721
AVMOR: QLbaV63E._M,1L; DqMIXUOV. R. Z. My
Yu - -Y
T. Mutzin i. 14-
010 t ~noue
TITLE Fluctuation in the nunber. of particles In an qlj~qtromMastic shower at 110
Bev /Report, All-Union Conference an Cosmic Ray Pblot
19
SOUPCE: AN OSSR, Izvestiya. Serlya fizicheakaya, v. 29, no. 9, i9es, ing-1721
TOPIC TAM secondary comic ray, coffato ray shower, electron, photon, Iron
ADSTRAM Electron-photon showers were Investigated In an ionization calorimeter con-
sisting of the following components in order fromthe top: 13 ca C, 3 cm Fe, 8 trays
of Ionization chambers each followed by 5 cm re, 2 trays of chambers with no absorber
between, I cm, ft, IL60 g/c&2 C, 3 ca Pb, and two trays of chambers separated and fol-
lowed by 2 cm Pb. Showers Initiated by cosmic ray particles were regarded as electrMa
photon showers It they produced Ionization In at least am of the two uppermost trays
and no Ionization in the two trays beneath the larce carbon absorber. Of 334 electron--
photon showers thus Identlgtqd, 152 had energies between 100 and 200 BeV. The Ionic&-
tion versus depth curves 90'1 those showers were nornalized to SL primary energy of 110

L 2789U"__
ACC NKs AP502460
BeY and averaged, and the average curve was compared with theoretical curves calcula-
ted for different assumed values of the radiation length in Iron, Good agreement was
obtained with the curve based on a radiation length of 12.6 g/cm2._ This value of the
radiation length In Iron was confirmed by comparing the observed depth of maxi to
shower development with calculated values. The fluctuation (ratio of the mesa square
to the square of the mean) In the umber of particles In the showers as a function of
depth was compared with the calculated curve of NoU.Cerasluova (Zb. eksper1n. 1 teor.
f1s., 43, 500 (1962); 44, 240 (1963)). Good-agreement was found at depths tons tun
23 radiation units, but at greater depths theabeerved fluctuatloras were muqh less
than tbA calculated ones.' in conclusion, the authors express their gratitude to M.S.
TaMbayev for valuable'di4oussious. Orig. aft. has: I formal&, 3 figures, and I table
SUB C=t W/ 5MX MAM 00/- ono art m/ am mr: ooo

BABAYEV, M.K.; DENIKAYEV, R.Z.; YEICLIYANOV, YU.A.; ZIIUKOV, Ye.I.; LUKIN,
I -- - ---- - - - -- -- - Yu.T.;- -MURZIN-, V.S.; KHOMENKO, G.S.
Fluctuations in the number of ticles in an electromagnetic
shower at an energy of 1.1 a 191 ev. Izv. AN SSSR. Ser. fiz.
29 no.9:1719-1721 S 165. (MIRA 18:9)

ACC NR, AP7007077 SOURCE CODE: UR/0048/66/030/010/1602/1603
AUTHOR: Denikayev, R. Z.; YOM910Y4novq Yu, A,$* Lukinj, Yu. T.; Takibeyevi,
Zh. S.; Momenkog G. S.
ORG., none
TITLEs Probability of the recording of "Stars" by an Ionization
calorimeter Alaper presented at the All-Union Conference on.CosmIc
Radiation VhysIcsq tbacowp 15-20 Noy 19W
SOURCE: AN SSSR. Izvestlyas Sorlyz fiticheskayaq wo 309 no# 10#
1966, 1602-1603
TOPIC TAGS% calorimeters, astrophysicap starp noutrong proton, alpha
particles deuteron
SUB CODEt 06
ABSTRACT: Upon Interaction of nucleus-reactive particles with matters thq.re
is*not only formation of new particles but also fission of nuclei of the eargetv.
which Is accompanied by the emission of low-energy neutrons, protons, deute-
rons, and d- particles: I, e., formation of so-called "starts." The ioniza-
tion produced by strongly ionizing particles of the stars in added to that due
to electrons of the shower and measured, together wito the latter# in an ioni-
zation calorimeter. On the basis of experimental date obtained on an Instrument
of the ionization calorimeter types in which iron was used as an absorber, the
contribution of stars t'0' ionization was estimated at ~ JOL of the Ionization.
due totho nuq1e4V shower*; ortge art. has% 2 figures and 3 formulas. Cinst
39j,6587

YmAtIvalov, Yu. D.
Yemellyanov, Yu. D.
"Geophysical Methods of Determining the Elewnts of Stratification Of DeDOsits
Based on Observations in Small-Diameter Oil Wells." Min Petroleum Industry
USSR. Glavneftegeofizika (Main Petroleum Geophysical Office). Sci Res
Inst of Geophysical Methods of Prospecting (11110). Moscow, 1955.
(Dissertations for the Degree of Candidate in Technical Sciences).
SO: Knizhnaya Iatopis', Ho 27, 2 July 1955

YWLIYANOV,YU-J)-
i"saledavatel'skiY Range. VOkrugr eveta no.9:15-16 S155. (KLRA 8:12)
1 (Ural Hauntains)

TAMITANOV, Tu.D.
New types of higb-capaclty oil field geopbyeloal apparatus.
Neftianik 5 no.1:21-23 Ja 16o. (MIRA 1311l)
1. Jb*ovodItsI' laboratorii prou7shlovoy gGofi%IkI Volgo-Urall-
skogo filiala, Vassoywnogo nauchno-iseledovatellskogo Inatituta
goof isiki.
(Geopbysical Instruments)

S/026/62/000/002/004/004
D036/DU3
AUTHORS: Nakrasov, V,I.p Candidate of Biological Sciences (Moscow), and
Yemellyanov Yu.M.,,-Candidate of Chemical Sciences (Moscow)
TITLE- Did the Tunguska catastrophe affect forest growth ?
PERIODICAL: Priroda 40. 2, 1962, 102-105
A
TEXT: The authors discuss changes in forest growth in the area where the
Tunguska meteorite fell. In 1958, an expedition of the Komitet po meteoritam
AN SSSR (Committee on Meteorites of the AS USSR) under K.P. norenskiy found
that in the impact area the mean annual growth of the trees in diameter
increased from 0 .4-2.0 = before the fall of the meteorite to 6-10 mm
afterwards, a rate of growth which is still being maintained. This increase
was observed both in young trees which sprung up after 1908, and in the
surviving trees. To establish whether this accelerated growth was due to
improved vegetation conditions caused by the fall of the meteorite or to the
Card 1/2

Did the Tunguska ...
S/026/62/000/002/004/004
D036/D113
fertilizing action of the meteoric substance itself, an expedition of the
Sibirsko7e otdeleniye AN SSSR (Siberian Branch of the AS USSR) under G.F.
Plekhanov and V. Noshelev, set up in 1960, planted test trees at various
distances from the point of impact. After the fall of the meteorite,the
coniferous trees were replaced by their own kind. There are no deforested
areas now,except for those due to soil destruction. The new plantations are
irregularly dispersed, they contain no more than 700-1200 trunks per 1 ha, the
trunks are very regularly distributed and there are no signs of dying-off.
Forty- to fifty-year-old.trees of large and medium. thickness were found to
have grown to heights of'17-22 m. as compared with the 7-8 m normal under
analogous conditions. The central part of the area of forest destroyed by the
meteorite is now occupied by trees with class 11 and even class I bonitet, and
the peripheral areas by trees of class III bonitet; normally,tbe forests of
this zone have class IV and V bonitets, rarely class III. The mean annual
growth in diameter of trees suffering damage to the base of the trunk by
buming was 5.0 mm.2-4 years after the fall of the meteorite as compared with
1.2 mm. before. Further investigation is required to establish the causes of the
described phenomena. There are 3 figuees and 2 Soviet references,
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89339
S/534/60/000/19/003/005
-1,Y4900 (104/11109101-9) D226/D302
AUTHORSt Florenskiy, K.P.t Vronskiy, B.I.# Yemellyanov, Yu.M.,
Zotkin, I.T., and Kirova, O.A.
TITLE: Preliminary results of the work of the 1958 Tungusak
Meteorite Expedition
PERIODICAL: Akademiya nauk SSSR. Komitet po meteoritam.
Meteoritika, no. 19, 1960, 103-134
TEXT: The object of the expedition, organized by the KMET (Com-
mittee on Meteorites) AS USSR was to carry out fieldwork in the
area of impact of the meteorite which fell in 1908. Previous in-
vestigations were conducted inaccurately and inferences concern-
ing the dimensions of the destruction area, its topography and
other characteristics were based on insufficient data. The orga-
nizer of the expedition was K.P. Plorenskiy, member of the Insti-
tute of Geochemistry and Analytical Chemistry im. Vernadskiy.
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Preliminary results of the work ...
S/534/60/000/19/003/005
D226/D302
Other members of the expedition were: O.A. Kirova -- Minerolo-
gist, B.I. Vronskiy -- Geologistq Yu.M. Yemellyanov -- Chemist,
I.T. Zotkin -- Astronomer, S.A. Kuchay -- Physicist, P.N. Paley
-- Chemist, 2 KMET laboratory assistants, Ye.I. Malinkin, T.M.
Gorbunova, and a "collector" K.D. Yankovskiy, who took part in
the expedition of 1929-1930, and who, therefore, was able to
evaluate changes in the area during the last 28 years. The expe-
dition was joined by camera operator M.A. Zaplatin from the
Moscow Studio of Documentary Pilms and had two local senior
guides: A.I. Dzhenkoull and A.I. Doonov. The expedition left
Moscow on June 3 and returned on August 10 having spent 34 days
in the studied area. The tasks of the expedition were as follows:
1) To undertake trans-section routes through the whole area of
the forest fall of 1908, to determine its general characterg its
extension and boundaries; 2) to collect soil samples and ana1yze
them on the spot for their iron and nickel content and deterrane
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Preliminary results of the work D226/D302
the ratio Ni : Fe., on the assumption that the meteorite was an
iron one. The most interesting samples were to be taken twice
and retained for more detailed study in Moscow. It was planned
to collect samples throughout the whole area from squares with
a side length of 5 km. This plan was abandoned later; 3) to
work out a fieldwork plan for the next expedition, based on a---
tual observations and collected data. The expedition established
camp in the hamlet Kulik in the north-western part of the area.
Preliminary results of the fieldwork: The destruction of the
Torest, caused by tne,1908 m_eT_e_o_RT_eis still the most important
evidence of its impact and was, accordingly, most thoroughly in-
vestigated. leafy trees which fell in 1908 were, of course, com-
pletely rotten but conifers were well preserved, although gene-
ral obeervations were hindered by the growth of young trees. The
whole area of forest destruction amounts to 1500 km2, This can
be clearly observed by the scale of forest-fall and the radial
character of its distribution. The whole region was divided by
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Preliminary results of the work ... D226YD302
the expedition into three zones. 1) A zone; where the trees fell
without any clear orientation, called "unoriented zone". It is
situated in the depression around the "Yuzhnoye Bolotoll (South-
ern Marsh) and forms the central region, from whose boundaries
the radially oriented forest fall begins; 2) The seconJ area was
called the zone of "mass forest fallf1p although isolated groups
of living old trees were to be found in this area. Visual estima-
tion of iallen trees amounted to 80-90 %; 3) The zone of partial
forest destruction; its area could be estimated only approxima-
telyp the percentage of fallen trees near its boundaries amount-
ing probably to 15 - 20 %. These boundaries estimated by the
expedition agreed fairly well with those given by local
hunters and with the aerovisual estimation made by K.P.
Florenskiy in 1953. The expedition studied also the remainder of
the forest conflagration which took place during the catastrophe,
Its conclusions differ from those expressed by previous investi-
gators: Ye.L. Krinov (Ref. 1: Tungusskiy Meteorit ZTungusek Me-
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Preliminary results of the work D226/D302
teoritg Izd-vo AN SSSRy 1949) and L.A. Kulik (Ref. 14: Dannyye
po Tungusskomu mbteoritu k 1939 g ZD-ata on the Tungussk bleteo-
rite for 19327 Dokl. AN SSSR, 22, no. 8, 520-524, 1939) both
thought that during the catastrophe, spontaneous partial burning
of broken trees took place without provoking a general forest
fire. The conclusions of the expedition may be summarized as
follows: 1) Near the center of the devastation area, many broken
trees show burnitraces at their breaking spots. This clearly
proves the sequence of events: Burning occurred after tile action
of the shock-wave; 2) Traces of burning do not show any definite
orientation toward tile center of devastation area. They occur in
most cases on the eastern side of trunks, as a result of wind
direction during the fire; 3) Many trunks clearly indicate pro-
longed conflagration. B.I. Vronskiy found on the "Yuzhnoye Bolo-
to" two well developed living twin-larches. One of them was found
to be 104 years old. Both trees were devoid of any traces of
fire; they survived because they grew in the middle of the marsh,
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S//534/60/000/19/003/005
Preliminary results of the work ...
where the fire could not penetrate; 4) In all probability the
fire was a result of the catastrophe; in type it differs from
typical taiga fires by the clearly surface character of the burn,
and its area comprised most of the area of the zone of "mass
forest fall", where fallen trees had accumulated in great quan-
tity. Some observations, however, suggest several starting points
for the forest conflagrationt from which the fire spread in a nor-
mal way LIbstractor's note: These not given7. It may be assumed,
the authors stE.~'Le, that the timber fall and the forest fire were
effects of the same cause. As regards the growth of new treoo-
the expedition concluded that young trees grow very fast in
burned areas. Some of these treest found to be 35-40 years
were much thicker than the dead ones (100 or even 300 yeara '11).
Old surviving trees, which were dwarfed before the fire, showed
an intensified growth subs-,zlently. Further biological investi-
gations are needed, the aut-1:.ors state, but at present one - -not
speak of a dwarfing influence of the catastrophe on vegeta'
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Preliminary results of the work D226YD302
growth. The expedition carried out an extensive search for any
earth disturbances which could be the results of an explosion
with a possil-le energy equaling 1020 1023 ergo., according to
P. Whipple (Ref. 7: "The Great Siberian Meteor and Vie Waves,
Seismic and Aerial which it produced". Journ. of the Roy. Meteo-
r6logical Soc., 56, no. 236, 1930). None were found. Certain de-
-2ressions or holes which were examined resulted, in fact, from
the dissolution of gypsum in the subsoil, and -on one occasion
from a temporary lake, formed by a dam of fallen trees (since
burst). The "Yuzhnoye Bolotoll which is one of the proposed pla-
ces of the i.~,,eteoritels impact was transpaced four times by K.P.
Florenskiy, Yu.14. Yemellyanov and B.I. Vronskiy. No traces of
destruction which could possibly be associated with a powerful
explosion were observed, no rock eruptions, no peat disruptions.
All members of the expedition unanimously agreed, the "Yuzhnoye
Bolotoll could not be the center of a surface explosion which
produced the general forest fall; the formation of a crater,
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P,9339
B/534/60/000/19/003/005
Preliminary results of the work ... D/226/D302
many hundreds of meters in diameter, which was subsequently over-
grown, is regarded by the members as a quite improbake assump-
tion, but this opinion does not exclude the possibility that
certain parts of the meteorite could have fallen to the bottom
of the bog without having any critical explosive consequences.
In order~to ascertain the presence of iron and nickel,soil
were taken from about 80 places, most of these in the
11L-,-~riented zone". Undisturbed turf and soil layers (5 dm2 in
area and 5 cm thick) were dug out. Their thickness was suffi-
cient, because the increase in soil-thickness in this district
is much less than 5 cm per 50 years and therefore, the soil
layer corresponding to 1908, was always included in the samples.
The samples were then disintegrated over a basin fit-It-,ed with 3
magnets, (roots removed manually), and the soil wan thoroughly
,1:.,S:1ed in the basin. The residual niannetic slush was rinsed many
through a magnetic trap. The particles in the magnetic
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Preliminary results of the work D226/D302
slush were mostly over 0.1 mm, although certain of them were
,to ten times smaller. The residue was then dried and samples
weighing 0.1 - 1.0 g were dissolved in HC1 and tested calorome-
trically for Fe and Ni. When no traces of Ni were found in thi,-.
way, separate iron particles were picked out from the residue
and examined by O.A. Kirova. Again only negligible traces of Vi
were foundt which proves the non-cosmic origin of those particles.
Apart from irt- particles certain minute silicomagnetic globules
were obserted. They were not analyzed on the spot, but brought
back to Moscow. Even if they did come from outer space, there is
no evidence to connect them with the meteorite. Upon returning
to Moscow, the expedition forwarded soil and peat from the area
of "Yuzhnoye Boloto" to the Institute of Geochemistry and Analy-
tical Chemistry AS USSR to determine their radioactivity. Tests,
conducted under the supervision of Professor V.I. Baranov showed
that there were no differences in the radioactive content of the
given samples and that of similar soils from other regions. The
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89339
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Preliminary results of the work ... D226/D302
authors conclude that 1) The general aspect of the forest devas-
tation suggests that the basic direction of the shock was from
above; this means that the wave center was situated high above
.the earth's surface; 2) The fact that no parts of the ineteorite
were found does not prove that they did not fall into the area,
for only a few routes -- made on foot -- were investigated;
3) There could have been several starting joints for the fire as
the result of the shock wave from above; 4 The contours of the
zone of mass forest destruction and the excentricity of the "un-
oriented zone" suggest the action of a shock-wave having neither
the correct spherical shape, nor central symmetry. Nevertheless,
this assumption seems to be contradicted by the radial diatri-
bution of the fallen trees; 5) During the fieldwork, no particles
of an iron meteorite were found. These negative results may have
been due to: The great dispersion state of meteorite particlea
which were too small to be separated by the normal methods applied
in fieldwork; the possibility of complete oxidation of minute
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Preliminary results of the work ... D226/D302
iron particles over 50 years; the notable deviation of dispersion
ellipse from the center of the forest fall. The assumption that
the meteorite was of the iron-type has no factual foundation, but,
on the basis of currently available data, it is also impossible
to place it in any other category; 6) The authors point out the
discrepancy between the general atmospheric disturbance in 1908
and the testimony of eye withesses; None of them spoke of power-
ful smoke trailsof the meteorite. It is possible that such a
smoke-tail detached itself from the meteorite in the upper part
of the atmosphere. Eye witness testimony was reexamined, but
found rather obscure and confusing. All these considerations sug-
gest that at present, it is too early to consider them Tungussk
meteorite as belonging to the crater forming category. Apparently
the meteorite caused great devastation on the earth's surface
without a crater being formed. General information on the destruc-
tive action of shock-waves may.be found in the work of K.P. Stan-
yukovich, G.S. Golitsyn (Ref. 6: Udarnyye volny ZS-hock Waves7,
Card 11A3

89339
S/534/60/000/19/003/005
Preliminary results of the work D226 /D302
Priroda, no. 12, 1958) Academician A.P. Vinogradov asked M.A.
Tsikulin and V.N. Rodionov (Ref. 15: Priblizhennaya otsenka para-
metrov Tungueskogo meteorita 1908 g po karte razruaheniy lesnogo
massiva LXpproximate Evaluation of the Parameters of the Tun-
gusek Meteorite of 1908, according to the Map indicating Porest
Zone Destruction7, Narodnokhozyaystvennoye ispolIzovaniye vzryva,
no. 6, Sibirskoye otd. AN SSSR, 1959) to interpret the findings
of the expedition. Their evaluation showed that the observed phe-
nomena could be best explained as the results of a shock wave,
submitted to an acute braking action, caused by the disintegra-
tion of the meteorite. The authors suggest a plan for further in-
vestigationsp which includes: 1) Preparing a very detailed map
of the forest zone destruction using all new available topogra-
phic data of the whole area; 2~ Searching further for meteorite
parts on the 'earth's surface and in the deposits of lake beds;
3) Researching on the dispersion ellipse outside the devastation
area; 4) Studies by marsh specialists on possible changes in
Card 12/13

69339
S/534/60/000/19/003/005
Preliminary results of the work ... D226/D302
peat formation in the "Yuzhnoye Boloto" and in the of E;ub-
soil permanent freezing; 5) Studying the gencral ecology of the
,area; 6) Studying in detail till the material collected. The au-
thors feel, therefore, that it is necessary to organize a new
expedition, comprising specialists of many kinds, and that it is
important to do it as soon as posuible for the traces of the ine-
teorite impact are already fading. There are 27 figures, 1 table
and 15 references: 13 Soviet-bloc and 2 non-Sovict-bloo. The re-
ference to the English-language publication reads as follooal:
F. Whipple. "The Great Siberian Meteor and the Wavou, Seismic
and Aerial which it,Produced.11 Journ. of the Roy. Meteorological
Soc., 56, no. 236, 1930.
Card 13/13

YEMEL'YANOV NEKRASOVq V.I.
. ,
Abnormal growth of arboraceous vegetation in the region of the fall
of tho Tunguaka miteorito. DA1. AX SSSR 135 no.5tl266-1269 D 160.
t (KM 13:12)
1. Moskovokiy gosudarstvennyy universitet im.M.V.Lomonosova i
Glavnyy botanicheakiy sad,AN SSSR61 Predstavleno akademikom V.N.
Sukachevym. (Podkamenna Tunguska Valley6--Meteorites)
(Growth (Planter) (TrooO

'i'~ z'
'I
USSR/FhysicarlChie~zVistry - Electrochemistry. B-12
Abs Jour,* Referat- Murnal Malys., No 21 19A, 3982
Author Yu.V. P121ppov., Yu.M. Temiellyanove
inst
Title Electrical Theory of Ozonizers. 1. Static Volt-Ampere
Chmeterietics of Ozozdzerso
Orig Pub: Zh. fiz. kbi-Ii. 1957j, 31., No 4., 896-W3.
Abatract., The study of static volt-ampere characteristics (SVC) Of
ozonizers (0) with spark ippe of 1.0, 2.10 2.9 and 4.2 = vaa
carried out. It was found that the SVC may be represented in
the first approximation as two straight segmentes the slant
of which is determined correspondingly to the total electric
capacity and the capacity of the dielectric barriers. Basing
on the examination of the SVC., it was concludad that the volt-
age on the spark M of the 0 remains constart during tb--
discharge burning and do-ea not depend on the intensity of the
Card 1/2 -23-

USSR/Physical Chemistry - ElectrochaW stry.
An Jour: Referat. Zhurmal Kh'slya, No 2, 1958., 3982.
current passing through the 0. Eqmtion for tba cwWtatioz
of the intensity of the current passing thmigh the 0 at a
given voltage on the 0 am derived. An instAOUtion is des-
cribed) vhich permits to maintain a constant pressure and
a set speed of the gas flow automatics.13.v.
Card V2 -24-

tl
Y]MLIYANOV, yu.M.; FILIPPOV, Yu-y-
-0 leitrical theory of ozonizers. Part 2: The tbeorY of
-7U n12srs (with summarY in llnglieb).
dynamic characteristics Of 020 (MIRA 10:12)
Zhur.fis.ithim-31 no.7:1628-1635 Jl 157.
1, Moskovskiy gosudaretvan= universitst im. JK.V. lomonosovs.
(ozone) (Chemical &PPArAtus) (Squations)

5W
AUTHORS: Filippov, Yu. V., Yomellyunov, Yu. M. 30V/76-32-12-25/32
TITLEs The Electrical Theory of Ozonators (glektricheskuya teoriya
ozonatorov) III. Electric Current in Ozonators (III.
Elektricheskiy tok v ozonatorukh)
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol 32, Nr 12, pp 2617-2823
(USSR)
ABSTRACT: Based on a previously outlined theory (Rofs 1 and 2)p the
expressions for the dependence of the actual and average values
of the current passing through the ozonator on the terminal
voltage of the ozonator and its constructive parameters are cal-
culated. The static actual volt-ampere characteristic of an
ozonutor below the critical voltage is represented by a straight
line passing through the origin of coordinates (as is the case
with all condensers); the inclination of this straight line is
determined by the aggregate electric capacity of the ozonator.
If the voltage exceeds the critical value, the characteristic
takes the form,of an asymptote, again approachinG the straight
linge passing through the origin of coordinates. The inclination
of the straight line is now only determined by the dielectric
Card 1/2 barriers of the ozonator. Accordingly, the entire volt-ampere

The Electrical Theory of Ozonators. III. Electric Z)OV/76-32-12-25/32
Current in Ozonators
characteristic is S-shaped. The ntatic volt-ampure characteristic
for the average values of the current consists of two straight
lines internecting at the point of critical voltage. There
are 2 figures and 5 references, 2 of which are Soviet.
ASSOCIATION: hloskovokiy gosudar3tvennyy universitat im. M. V. LomonoBova
(Moscow 3tate Uni,iersity imeni M. V. Lomonooov)
SUBMITTED: June 15, 1957
Card 212

UNDILID, V.P.; YDIIELOYAMV, Yu.M.; FILIPPOV, Tu.V.
Iaborator7 apparatus for producing ozone. Zav.lah. no.11:1401-1402
159. (MIRA 13:1s)
1.Moskovski.v goaudarstvanny7 universitst im. X.V.Lomonoigova.
(ozone)

28(4) SOV/32-25-4-52/71
AUTHORS: Yemellyanov, Yu. M., Filippov, Yu. V.
------------------------
TITLE: Automatiq Prressure and Gas Consumption ReKulating System
(Sistema avtomati.-heskog-s re6-ulirovaniya davleniya i ras-
khoda gaza)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 4,
pp 490 - 491 (USsR)
A13STRACT: A setup has been designed which can be used to maintain auto-
matinally a constant (-:as pressure in laboratory plants (Fig).
Basically, it consists of two manostats and a contact mano-
meter. The working prin~-iple on which it is based is that of
a mercur.*anometer oloning an electric circuit as soon as
the pressure in the plant innreases. The electric contact
actuates a water jet. pump produce a vacuum in one of the
manastats, which �n turn causes the pressure in the plant
to d1minish. As sosn as the pressure desired is produced the
mercury In the majiumeter f3inks to such a point as to break
th,3 clectrir (,J-0t. co that the vacuum pump it) do-onorgized.
1? thq r,:BErjw.-_ is tr, br-, ;djusted to very small pressure differ-
Card 112 encee a contact manometer with several contacts is required.

Automatic P-zesrsure and Gas ',,~nsumption E3gulating SOV/32-25-4-52/71
System
Tho apparatus leucribed could be used for stabilizing gas
consumpticr. within a range of 2-350 1 per hour. The power
source -lonsisted ct tv.-rj batteries 7S-L-30 with a capa~.ity
of 30 aAlour and I F, v. There is i figure.
ASSOCIATION; Moskov3kiy gc3udaratvennyy univovitet im. b1. V. Lomonocova
(Mos-,ow State TwLver~Ity -."Onent M. V. Lomonosov)
Card 2/2

5W
AUTHORSt
TITLE:
PERIODICALt
ABSTRACTi
Card 1/2
SOV/76-3"-5-1-3/33
Yemellyanov, Yu. M.p Filippov, Yu. V. (LIODCOW)
The Electrtca' TWemv of Ozonizers (Elektricheskaya ttoriya
ozonatorov). 4. On the Active Energy of Ozonizers (4.0b,
aktivnoy moshchnosti azonatorov)
Zhurnal fizichaskoy khimii, 1959, Vol 33, Nr 5,
PP 1042 - 1046 (USSR)
The formula for the energy of the ozonizer is derived from
the assumptions of the passage of the current through an
ozonizer maintained in a previous paper (Ref 2). It can be
physically interpreted in the simple form U-VZ(i, - ib) as
the dif ference of the Coulomb current I a passing through with
the ignition voltage V z in 1 sea and the reactive current I r-
The energy is a linear function of the voltage on the ozonizer.
The experimental aftertest was carried out by means of the
calorimetric passage method. This method consists in measuring
the temperature increase of the cooling liquid of the ozonizer
and comparing it to an equivalent energy by which temperature
increase is not brought about by diecharge but in a way by
which measurement is rendered possible. A figure shows the

The Electrical Theory of Ozonizers- 4. On the
Active Energy of Ozonizers
agreement of the measuring values with the values determined,
especially in the case of ozon12cro with a oviall spark gap.
Longer spark gaps (2-5 - 4-2 mm) show deviations frora the
linear connection because of complications already mentioned
in reference 5. There are 1 figure and 7 references, 5 of
which are Soviet
ASSOCIATION: Moskovskiy gosudarstvennyy universitet iw. IVI. V. Lomonozo'la
(Moscow State University imeni M. V. Loraonosov)
SUBMITTEDt October 10, 1957
Card. 2/2

15 (4 ~
AUTHORS; Filippov~ Ta. 7.9 SOY/76-33-8 -11 7 /39
TITLE: Electrical Theory of Ozonizers. V. On the Problem of tbe Power
Coefficient of Ozonizers
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 8; PP 1780 - 1767,
(USSR)
ABSTRACT: Publications contain different data regarding the power coeffi-
cient PC) of ozonizers (O)p i.e. the ratio between the active
power AP) of the (0) and the voltampere power (VP)- as well as
regarding the dependence of (PC) on different paraooters. Usj-
ally, (VP) is considered the product of the effective current-
and voltage values; here, however, a complex expression (0 '.9
obtained for the (PC) % of (0) which is very inc;~nvenient 1r
practice. A simpler expression for the determinattQn of the
(PC) 911 is obtainod if (VF) is recarded as the product of the
amplitude value of the voltage and the mean curren+ -,alue. B:--.'O-h
ways of detsimination are conaide.-edg and frorr, the equations olbl-
tained it 'La found that qdoes not depend on the ouxrent fre--
quencyg and increasea rapidly to a maximum at voltages above the
critical voltage, and approaches asymptotically the zero point
Card*1/3 (at a voltage tending to oo). Considerati~Dns of the sirplified

Elect-rical Theory of Ozonizers. 7. On the Problem of S07/76-33 -8 A 7/39
the Power Coefficient of Ozrnizers
equation (3); the (PC) '9,1, resulted in an eqnstion (8) for
Iremax which ocritaine no expressions other than the -:a-a:-ity of
the discharge space (DS) and the diele7triz barriers of (0).
Thliar ths maximum of (P!,) doas riot depend on the ele~trlcal pr^~-
pertii*s of the gaa in (0) but cn the dimensions of (0) only.
Experimental determinations regarding the dependence of 1~9 on
the voltage were carried out for (0) of different (DS) values
1.0. 2.1, 2.9 ard 4-2 mm) at different rates ,)f oxygen flow
3 -- 340 1 ;e:7 hou-1. The unit has already been, dse,~zllb;%d (Ref 91
~
the (AP) was deti.--minr-d calr)r.~mqt7l.cally (Ref 7). The amplItude
values of the -L-oltag--4 -~re calculated from th-A offe-,tive values
determin,~,d by means of a 9tatio kiloyaltmeter FS-41'r:. The mean
current value wav measurel by a millianm9ter (w-,tli a cupr..-~us
oxide Ta-4`). The measurement results vf the (PC)
(Tabl;~, 1) 5how, in aso,-~T,dancr4 with the theort.,t-f,.-il -,-,~nsidera-
'.,ior,B made abo,/~), that, thr., (PC) pansos through a mitimum as tho
voltaoe --;n-;r-jaaPs. The vol.41-aigns at 'Yj' 1. as W611. 46 tile
ma~ Vmax,
-,ral%%e t a al f r e a a e a t an i n,-, r a -a a e II r, t h,.~DT h
Card 2/3 ax

Electrical Thwiry ~f Oz,~nlz8zs. V. On the Problem of S 07/7"1 7 7 7
11.10 P
the Power Coefficiant of OzonLzc~A
(PC) dependa .;n the ratia of oxyger. flow, which will ho vxplainiAd
in a future paper, where it is shown as well that tnis Is 1-,5 .0
a change In th6 gag oomposit4on in the course of o7nnp forLation.
There are 3 RtgurAs, 2 tables, anl 9 rcifer(-rroqs, A, nf wh-'--h ar~~
Soviet.
ASSOCIATION: Moskovskiy gosudarotvenn7Y u-niversitet to. Y. V.
Noso,Dw State University imeni m. V. Lcm-~nnao-.r)
SUBMITTED: Januamy 27w 1959
Card 3/3

51076160~03#'051241038
67 /3j 0 B01O/B0O2
AUTHORSt Yemellyanovt YU0 M., Filippoy) Yu, V9
TITLE: Electrical Theory of Ozonizers. VII* The Fffeot of the Forma-
tion of Ozone on the Current.~voltage of Ozonizers
PERIODICAL: Zhurnal fizioheekoy khimiiq 1960, Vol, 34, No- 5,
PP. 1063-1087
TEXT: The-authors of the present paper carried out special investigations
of the effect of the concentration of ozone on the current-voltage char-
acteristics and capacity of the.ozonizer. They used a device described in
Refa 1. The concentration of ozone was iodometrically determined, and the
capacity of the discharge was measured by means of a calorimeter and an
osoilloscopeo The static current-voltage characteristiosq the discharge
capacities at different voltageog the concentration of ozone, and the
burning voltages of the discharge at different rates of oxygen passage
are given in Tables 1-3- It was found that the burning voltage of the dis-
charge In the ozonizer rises linearly with increasing concentration of
ozone. The effective capacity of the barriers of the ozonier (calculated
from the dynamic charge-voltage characteristics) depends on the terminal
Card 1/2